Abstract
Investigations were conducted on metallic wheel bond oxidation as the anode in ELID and non-linearity conditions to study electrolytic dressing characteristics and ELID-grinding performances by combining the three elements: 1)metallic wheel bond, 2)power supply, and 3)grinding fluid. The possibility of controlling non-linearity conditions when these three elements are combined was demonstrated, and each selected combination showed optimum performances in terms of efficiency, stability, accuracy, and grinding ratio. ELID was also successfully applied to coarse grit wheels. Several attempts to apply ELID rough grinding for the efficient and precision fabrication of structural components of hard materials such as ceramics and hard metals were also carried out.
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